Can anyone help to find a solution to convert an image dataset from Kaggle to federated dataset. I am trying to implement the solution given in
https://colab.research.google.com/github/tensorflow/federated/blob/v0.27.0/docs/tutorials/federated_learning_for_image_classification.ipynb
for image classification. Please share if anyone has got an idea.
Thank you
Related
currently I am working on an Anylogic Project. I have to simulate and optimize the infrastructure of a supply chain. The Keyfactor for my Simulation is the reduction of the costs transported on the route[Each Kilometer costs a flat rate].
I am struggeling to find the correct methode to let Anylogic read my complete matrix of the size 41 x 17Snip a part of the matrix
I have similar Matrixes with the amount of how much should be delivered and the costs incurred.
I started with importing my Database.
and started creating Dimensions. and thats basically where I started to struggle since I couldnt find any Help on the Examples given in Anylogic.
I simply cant figure out what I have to do that a Parameter can read the whole Arraylist and take the value necessary.
Logic i try to use. Found in the Help sector, Models
You can use the database wizard to write the necessary code to extract whatever data you need from a dbase table.
Load your xls data into a dbase table
Put your cursor into a code field somewhere
Click on the database wizard
Select the data you need
PS: Your data structure is really not in a good format, tbh. It may be a lot easier and more elegant to translate your matrix into a proper relational dbase setup first
I was wondering how to get the table from the following webpage. I imagine that is possible using importHTML function, but it was not possible to identify the path. I think that is masked or is not accessible.
Does someone know how to get the correct path or how to import this table?
Thank you
I don't think GoogleSheets could handle it. As stated by #wp78de, a lot of scripts are running in the background. But you can access the data directly in JSON format here :
Data
Hi guys i need a nudge in the right direction please
So i have a final year project that requires me to make use of a webcrawler to populate a NoSQL database(MongoDB at request of the lecturer). Then we have to filter/merge/sort(for lack of better understanding?) the NoSQL data into a Relational database that we can then use to generate reports with a dashboard.
Alot of words with very little guidance. I have spent hours looking into this subject and im nowhere near an answer.
So im calling on the collective minds of a bunch of IT pros to help me and 5 other guys finish our degree
We have a relative understanding of how crawlers work and should be able to populate the mongoDB with that information(we are crawling realtor websites for information regarding houses and apartments)
I have a very good relational database background as we spent a lot of time in that are
the problem i am running into is that i do not get how we can sort the nosql data into the Oracle database that we set up and im running out of time.
Any suggestions?
Thanks guys!
Basically, I am new to jqgrid and have been tasked with maintaining a database table that has a relational secondary table.
From what I've read the "editoptions dataEvents" is the ticket. What I cannot find is an example of how to implement it. All I've found is code fragments but I am too new to understand how the fragments fit into the overall picture.
A basic and complete example would be wonderful.
Any help would be appreciated.
best regards
I would like to persist co-ordinates of polygon shape in Mysql5.6. I have seen tutorial for Postgresql. http://www.hibernatespatial.org/documentation/02-Tutorial/01-tutorial4/
But They haven't specified any sample code for mysql. So I feel fear to start with. Please suggest me, Is it possible to persist a single polygon shape in mysql database ?
Regards,
ArunRaj.
Yes, We can store and retrieve the spatial datatype by hibernate spatial API. The tutorial Which i was mentioned is enough to store and retrieve the spatial data.